Maqaalkani waxa uu soo tebinayaa isticmaalka ka shaqaynta cadaadiska atmospheric ee balasmaha si ay u keento ku-tallaalid kiimikaad ee poly (ethylene glycol) methyl ether methacrylate (PEGMA) dusha polystyrene (PS) iyo poly (methyl methacrylate) (PMMA) iyada oo ujeedadu tahay in la helo isugeyn adlayer waxay u adkaysata xayaysiisyada borotiinka.Daaweynta balaasmaha waxaa lagu sameeyay iyadoo la adeegsanayo fal-celiyaha dareeraha dielectric barrier (DBD) oo leh PEGMA ee miisaanka molecular (MW) 1000 iyo 2000, PEGMA (1000) iyo PEGMA (2000), oo lagu tallaalay habraac laba tallaabo ah: (1) kooxaha falcelinta waxa lagu abuuraa dusha sare ee polymerka oo ay ku xigto (2) falcelinta isugaynta xagjirka ah ee PEGMA.Kiimikada dusha sare, isku xirnaanta, iyo muuqaal-qurxinta ee natiijada PEGMA meeshoodii waxaa lagu gartey X-ray photoelectron spectroscopy (XPS), wakhtiga duulimaadka ee heerka sare ee ion mass spectrometry (ToF-SIMS), iyo microscopy xoogga atomiga (AFM), siday u kala horreeyaan. .Lakabyada PEGMA ee sida aadka ah loo tallaalay ayaa lagu arkay 2000 MW PEGMA macromolecule, DBD oo lagu farsameeyay qiyaas tamar ah 105.0 J/cm(2) sida lagu muujiyay sawirada ToF-SIMS.Saamaynta lakabka chemisorbed PEGMA ee xayeysiinta borotiinka ayaa lagu qiimeeyay iyadoo la qiimeeyay jawaabta dusha sare ee serum albumin (BSA) iyadoo la adeegsanayo XPS.BSA waxa loo isticmaalay borotiinka moodelka ah si loo go'aamiyo is-waafajinta makromolecular ee lakabka PEGMA.Halka dusha sare ee PEGMA(1000) ay muujiyeen xoogaa xayaysiin borotiin ah, dusha PEGMA(2000) waxay u muuqdeen kuwo aan nuugin cadad borotiin ah oo la qiyaasi karo, taasoo xaqiijinaysa qaabka ugu wanaagsan ee dusha sare ee dusha aan wasakhayn.
